微波促进非均相催化生物柴油制备的研究进展
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Synthesis of Biodiesel Catalysts by Heterogeneous Catalyst Promoted by Microwave
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    摘要:

    从非均相酸和碱催化转酯化反应的角度,综述了微波促进生物柴油制备的国内外研究进展。在微波辅助下非均相催化过程具有反应速率快、节能、环境友好、产物分离简便的优点。非均相催化剂以固体酸或者固体碱催化剂为主,反应在10~30min内完成,转化率与传统加热方式相当或者更高,所采用的固体催化剂具有可重复利用性。

    Abstract:

    The preparation of biodiesel using microwave has received wide attention recently, and is summarized in terms of heterogeneous acid and basic catalysis transesterification. The heterogeneous catalyst process of biodiesel promoted by microwave has the advantages of rapid reaction, energy saving and environmental amity, and the resulting product is easy to separate from byproduct. Solid acid and base were selected as catalysts in the research. The transesterification reaction was finished in 10~30 min when promoted by microwave, and the conversion of transesterification reaction was comparable to or higher than that by traditional heating method. These catalysts can be reused several times.

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蒋波,张晓东,孙立,许敏.微波促进非均相催化生物柴油制备的研究进展[J].农业机械学报,2010,41(Z1):149-153. Synthesis of Biodiesel Catalysts by Heterogeneous Catalyst Promoted by Microwave[J]. Transactions of the Chinese Society for Agricultural Machinery,2010,41(Z1):149-153.

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